Characterization of pyramidal inversion boundaries in Sb₂O₃-doped ZnO by using electron back-scattered diffraction (EBSD)

Identification of the composition planes of the inversion boundary in ZnO ceramics by the use of the standard stereographic projection technique and the electron back-scattered diffraction.

Determination of a one-electron reduced density matrix using a coupled pseudo-atom model and a set of complementary scattering data

A possible model of one-electron reduced density matrices is presented. Potential benefits from a joint refinement of the model from X-ray diffraction and deep inelastic scattering data are illustrated.

Phase and amplitude recovery and diffraction image generation method: structure of Sb/Au(110)–√3 × √3R54.7° from surface X-ray diffraction

A scheme is proposed, the phase and amplitude recovery and diffraction image generation method (PARADIGM), for the direct determination of the three-dimensional electron density of a surface unit cell from surface X-ray diffraction (SXRD) data. The method is illustrated by solving the previously unknown (multidomain) surface structure of Sb/Au(110)–√3 × √3R54.7°.

Kinematical multiple diffraction: the width of ψ-scan intensity profiles

The peak width of multiple diffraction events is derived by means of purely geometrical considerations in reciprocal space from the divergence and wavelength spread of the incident beam and the mosaic spread and magnitude of the perfect crystallites in the sample.

The mean-square Friedel intensity difference in P1 with a centrosymmetric substructure

A rigorous derivation of the mean-square Friedel intensity difference for pseudo-centrosymmetric structures leads to formulae useful in absolute-structure determination and structure solution by resonant-scattering techniques.

A simple method of determining the form of the phonon part of tensors describing quasicrystal properties

The restrictions on the form of property tensors of rank ≤4 that follow from the Neumann principle for the point groups describing quasicrystals are deduced from those for the point groups describing ordinary crystals.

Size-dependent interbranch peculiarities of X-ray extinction in strongly bent crystals

X-ray diffraction from homogeneously bent crystals is studied within the interbranch resonance concept for large gradient. It is predicted that prominent extinction effects occur due to the interbranch phase changes of the wavefields.

Overlooked problems in manifold twins: twin misfit in zero-obliquity TLQS twinning and twin index calculation

The calculation of the twin index and the evaluation of the lattice pseudo-symmetry in manifold twins are revised. Some inconsistencies in the literature are addressed.

Diffraction with a coherent X-ray beam: dynamics and imaging. Erratum

Erratum to Livet [Acta Cryst. (2007), A63, 63–87].

Structure determination from powder diffraction data. International Union of Crystallography Monographs in Crystallography. No. 13

Structure and chemistry of crystalline solids

Handbook of X-ray data